ZX170W-3

Power to spare - A new OHC 4-valve diesel engine and new structure power train were developed for the ZAXIS-3. OHC* 4-Valve Engine.

The new OHC 4-valve diesel engine is developed and built to comply with the rigorous Emission Regulations enforced in 2007 in U.S and EU. This new engine contributes to environmental preservation. At the same time it realizes high durability and low fuel consumption by adopting the latest advanced engine technology.

Overhead camshaft

Common Rail Type Fuel Injection System - Electronic control common rail type fuel injection system drives an integrated fuel pump at an ultrahigh pressure to distribute fuel to each injector per cylinder through a common rail. This enables optimum combustion to generate large horsepower, and reduce PM* (diesel plume) and fuel consumption.

Particulate Matter

Cooled EGR* System - The cooled EGR system lets part of exhaust gasses mix with intake air for re-combustion to reduce oxygen concentration in the air in the combustion chamber. This design lowers combustion temperature in the cylinder, reducing fuel consumption and NOx while yielding more horsepower.

Exhaust Gas Recirculation

Improved Driving Ability - The merits of the new OHC 4-valve engine and new power train, this unit features an increased driving ability in comparison to the conventional ZAXIS-1.

Maximum travel speed is improved by 9 %

Acceleration performance is improved by 8 %

Improved Fuel Consumption - The unit features a HIOS II system, which takes advantage of the most sophisticated hydraulic technology, efficiently maximizing the full performance potential of the newly developed engine. It efficiently controls the engine output and hydraulic output which results in lower fuel consumption.

Fuel consumption when driving on an incline is decreased by 26 %*

It is one example, this varies depending on the road conditions.

Wider Oscillation Angle - The oscillation angle has been increased by 16 % over the conventional model, ZAXIS-1. Improved surface-holding performance on rough roads results in more stable driving.

Note: Specifications given are for general guidelines only. Please contact us for updates, if required.